Implementation of Smart Contract on Autonomous Decentralized Voting Blockchain

Hironao Takahashi, Uzair Lakhani
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Abstract

Now there are variable type of digital data, contents and real time signals are coming from multiple IoT sensors which is called dynamic big data and these trading are operating on the decentralized system in our life. One of unique transaction model, Non Fungible Token (NFT) become popular now, and it has a high financial value in areas such as arts and intellectual property right, sometime. But, NFT trading system requires a secured system policy. NFT exchange marketplace system should have a high availability and security for P to P node transfer and confirmation policy. This paper proposes smart contract mechanism and its implementation to confirm for blockchain transaction on the autonomous decentralized layer one voting blockchain system. The voting blockchain system architecture is shown and its smart contract implementation using Geth code is also shown in this paper.
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自主去中心化投票区块链上智能合约的实现
现在,来自多个物联网传感器的可变类型的数字数据、内容和实时信号被称为动态大数据,这些交易在我们生活中的分散系统上运行。不可替代代币(NFT)是一种独特的交易模式,现在很受欢迎,它在艺术和知识产权等领域具有很高的金融价值。但是,NFT交易系统需要一个安全的系统策略。NFT交易市场系统应具有高可用性和安全性,用于P对P节点的传输和确认策略。本文提出了一种在自主去中心化第一层投票区块链系统上对区块链交易进行确认的智能合约机制及其实现。本文展示了投票区块链系统架构,并展示了使用Geth代码实现的智能合约。
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